Freshwater scarcity will be one of the most challenging issues in the coming time. Atmospheric water harvesting could be a solution to such a problem in semi-arid and arid regions. This could help to fill the thirst as well as improve irrigation. There are several methods available to retrieve water vapour from the air but research is needed for a cost-effective and efficient method with optimized parameters. The methods proposed in this study utilize the Peltier device for water condensation, and in-depth experimental analysis has been done to investigate the optimal conditions for maximum water production from atmospheric moisture. The experimental setup was designed in such a way that during the condensation process, the online monitoring of water condensate was recorded for more than 10-12 h each day using a digital electronic weighing balance with an accuracy of 1 x 10(-5) kg. The water produced in this study was tested for the physico-chemical parameters, and the results were discussed with a comparison to the American Public Health Association (APHA) standards. The rate of produced condensed water from humid air was achieved as 19 L.m(-2).day(-1). This study will help us to develop applications in the field of alternative water resources near the coastal areas, such as Gujrat state in India for potability. [GRAPHICS] .